What is CFD Thermal Modelling and What Services Do We Offer?

Computational fluid dynamics (CFD) provides complementary fluid flow and thermal analysis, enabling engineers and architects to study transient simulations, fluid and thermal mixing, and thermal and velocity profiles, to pre-empt and avoid undesirable localised effects.  Particularly useful in voluminous spaces, CFD analysis allows detailed interrogation of proposed mechanical and electrical systems within the architectural specification, allowing further fine-tuning to achieve the precise desired internal conditions.  Typical applications include assessing:

We combine our CFD analysis with thermal modelling in IES Virtual Environment.
Our thermal modelling team performs CFD analysis to your specific requirements, carrying out options appraisals and providing expert advice on the most effective systems suitable for your applications.

Why Choose Us?

With expertise in modelling various types of spaces and engineering systems, we work in close collaboration with our Clients to enable bespoke analysis and reporting, ensuring we provide well-tailored services specific to individual requirements.

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Frequently Asked Questions

1 What is CFD thermal modelling and how does it benefit building projects?

CFD thermal modelling utilizes computational fluid dynamics to simulate air movement and heat transfer within a building. This process helps optimize ventilation, heating, and cooling systems, ensuring occupant comfort, energy efficiency, and compliance with regulations in complex building environments.

2 What specific building performance issues can CFD thermal modelling address?

CFD thermal modelling can address issues like inadequate ventilation, localized overheating or cold spots, and inefficient HVAC system performance. It helps predict and mitigate potential problems related to thermal comfort and air quality, optimizing designs before construction.

3 How does Syntegra ensure building comfort, efficiency, and compliance through CFD thermal modelling?

Syntegra uses CFD thermal modelling to analyze airflows and temperature distributions, identifying areas for design improvement. This approach optimizes energy use for heating and cooling, enhances occupant comfort, and ensures that building designs meet specific regulatory requirements and performance standards.